Technological practice of hot metal desulphurization by injection of pure granular magnesium in Sanming Iron & Steel Co.,Ltd;
三明钢铁公司单吹颗粒镁铁水脱硫工艺实践
Experimental Research on Optimum Ingredient and Dosage of Lime-Based Hot Metal Predesulphurizer;
石灰基铁水预脱硫剂最佳配方和用量的试验研究
On-line temperature prediction model of hot metal during transportation;
铁水输送过程中的在线温度预测模型
Nursing in patients with eye scald injury by molten iron;
眼部铁水烧伤患者的护理
However, some engineering parameters are not suitable for molten iron at our plant.
但其中一些参数设计不符合南钢自身的铁水条件,经过一段时间的试生产后,对喷吹参数进行不断优化,取得了满意的冶金效果。
It is emphatically expounded the effects of vanadium,titanium,silicon and sulphur on viscosity,melting temperature and solidifying point of liquid iron.
简介了所采用的测试研究方法，着重论述了钛、钒、硅、硫单因素及其综合因素对铁水粘度、熔化性温度和凝固点的影响。
In light of a series of problems currently existing at the Steelworks such as the large-scale slagging equipment unable to be used for small ladles,leading to liquid iron for steelmaking with big slag-containing content,impacting the quality of smelting products and increasing cost,this paper puts forth solutions with the view of elevating products quality and reducing cost and consumption.
针对目前炼钢厂大型扒渣设备不具备小罐铁水罐扒渣的条件,造成炼钢冶炼铁水含渣量大,影响冶炼产品质量以及成本增加的一系列问题,提出解决方案,以达到提高产品质量和降低成本消耗的目的。
This paper introduces a succession of measures which aiming at the difficulty of long-distance liquid iron transport for steelmaking, to strengthen the railway transport, develop the iron heatpreservation and the steel-making tenchnics.
本文介绍了新钢公司针对远距离铁水热送炼钢的难点,采取强化铁路运输,开展铁水保温攻关及优化炼钢工艺等一系列措施,实现远距离铁水热送炼钢,淘汰化铁炼钢的落后工艺。
This paper fully and accurately introduces all kinds of questions ,which influence the safe running of hot metal cars,and puts forth corresponding protective measures.
针对铁水车运行中出现的种种影响运行安全问题,研究实施各种防护方案,取得了很好的效果。
Development and Research of Ladle Castable with Bonding Slag Resistance;
抗粘渣性铁水包浇注料的开发研究
Research on realization of ladle multifunction;
实现铁水包多功能技术的研究
Through analyses of ladle leakage mechanism,the material of ladle refractory is reselected and the better economic benefits are achieved using the selected material.
分析了铁水包漏包机理,对铁水包耐火材料的材质进行了重新选择,应用于实践,取得了较好的经济效益。